adjacent vertices
相邻顶点
connected vertices
连接顶点
opposite vertices
对角顶点
multiple vertices
多个顶点
vertex coordinates
顶点坐标
outer vertices
外部顶点
inner vertices
内部顶点
vertex angles
顶点角
shared vertices
共享顶点
vertex pairs
顶点对
the polygon has three vertices.
这个多边形有三个顶点。
vertices are crucial in geometric calculations.
顶点在几何计算中至关重要。
we need to identify the vertices of the shape.
我们需要识别形状的顶点。
the graph has multiple vertices connected by edges.
这个图有多个通过边连接的顶点。
vertices can be classified into different types.
顶点可以被分类成不同类型。
in a cube, there are eight vertices.
在一个立方体中,有八个顶点。
each vertex of the triangle has a unique angle.
三角形的每个顶点都有一个独特的角度。
the vertices of the graph represent data points.
图的顶点代表数据点。
to calculate the area, we need the vertices' coordinates.
要计算面积,我们需要顶点的坐标。
vertices play an important role in computer graphics.
顶点在计算机图形学中扮演重要角色。
adjacent vertices
相邻顶点
connected vertices
连接顶点
opposite vertices
对角顶点
multiple vertices
多个顶点
vertex coordinates
顶点坐标
outer vertices
外部顶点
inner vertices
内部顶点
vertex angles
顶点角
shared vertices
共享顶点
vertex pairs
顶点对
the polygon has three vertices.
这个多边形有三个顶点。
vertices are crucial in geometric calculations.
顶点在几何计算中至关重要。
we need to identify the vertices of the shape.
我们需要识别形状的顶点。
the graph has multiple vertices connected by edges.
这个图有多个通过边连接的顶点。
vertices can be classified into different types.
顶点可以被分类成不同类型。
in a cube, there are eight vertices.
在一个立方体中,有八个顶点。
each vertex of the triangle has a unique angle.
三角形的每个顶点都有一个独特的角度。
the vertices of the graph represent data points.
图的顶点代表数据点。
to calculate the area, we need the vertices' coordinates.
要计算面积,我们需要顶点的坐标。
vertices play an important role in computer graphics.
顶点在计算机图形学中扮演重要角色。
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